Institute of Structural Mechanics and Dynamics in Aerospace Engineering

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1 to 10 of 1,600 Results

Sensitivity analyses and parameter fitting of biphasic articular cartilage model Jul 24, 2025 - Computational Biomechanics Egli, Franziska S.; Seyedpour, Seyed Morteza; Ricken, Tim; Pierce, David; Pachenari, Mohammad, 2025, "Sensitivity analyses and parameter fitting of biphasic articular cartilage model", https://doi.org/10.18419/DARUS-4729, DaRUS, V1 This dataset contains a zip of the used program FEBio as well as all files and produced results for the investigations presented in Egli et al.. Therein, we combine experiments with sensitivity analyses (SAs) and simulations of a biphasic model of three boundary value problems (BVPs): uniaxial tension (UT), confined compression (CC) and biaxial ten...
BVP_BT.png Jul 24, 2025 - Sensitivity analyses and parameter fitting of biphasic articular cartilage model PNG Image - 115.5 KB - MD5: 8d3b7d3699470a5bfe3e6be3d8896555 Mesh of biaxial extension simulation
BVP_CC.png Jul 24, 2025 - Sensitivity analyses and parameter fitting of biphasic articular cartilage model PNG Image - 228.7 KB - MD5: e430f704042b9d090f4e89a6e505b115 Mesh of confined compression simulation
BVPs.pdf Jul 24, 2025 - Sensitivity analyses and parameter fitting of biphasic articular cartilage model Adobe PDF - 413.4 KB - MD5: b63353ba2129bc0350ac4ee7db75fa81 Boundary conditions (displacements ux, uy and uz; fluid pressure p) with mesh and cartilage zones of mechanical tests: (a) uniaxial extension, (b) confined compression and (c) biaxial extension. (d) Representation of through-thickness functions for six material parameters (cf. Table 1) as plot of normalized value vs. normalized tissue thickness z∗.
BVP_UT.png Jul 24, 2025 - Sensitivity analyses and parameter fitting of biphasic articular cartilage model PNG Image - 113.3 KB - MD5: 7ce486e569cb54e96b9e127239dab42c Mesh of uniaxial extension simulation
dispx-deep.png Jul 24, 2025 - Sensitivity analyses and parameter fitting of biphasic articular cartilage model PNG Image - 33.5 KB - MD5: 2e1676157e10df11b4ead703918c087c
dispx-deep-test3.png Jul 24, 2025 - Sensitivity analyses and parameter fitting of biphasic articular cartilage model PNG Image - 23.1 KB - MD5: 300048041ba6b63d9d60401528590cf7
dispx-sup.png Jul 24, 2025 - Sensitivity analyses and parameter fitting of biphasic articular cartilage model PNG Image - 27.1 KB - MD5: 3a089d9e88004668d1b94e361542392a
dispx-sup-test3.png Jul 24, 2025 - Sensitivity analyses and parameter fitting of biphasic articular cartilage model PNG Image - 20.8 KB - MD5: 06ecb1713172af3f2fe10c277d09747f
dispy-deep-inv.png Jul 24, 2025 - Sensitivity analyses and parameter fitting of biphasic articular cartilage model PNG Image - 38.9 KB - MD5: 2dd06dbb4e0e43ebfdae69d2d3182e77

Sensitivity analyses and parameter fitting of biphasic articular cartilage model

Jul 24, 2025 - Computational Biomechanics

Egli, Franziska S.; Seyedpour, Seyed Morteza; Ricken, Tim; Pierce, David; Pachenari, Mohammad, 2025, "Sensitivity analyses and parameter fitting of biphasic articular cartilage model", https://doi.org/10.18419/DARUS-4729, DaRUS, V1

This dataset contains a zip of the used program FEBio as well as all files and produced results for the investigations presented in Egli et al.. Therein, we combine experiments with sensitivity analyses (SAs) and simulations of a biphasic model of three boundary value problems (BVPs): uniaxial tension (UT), confined compression (CC) and biaxial ten...

BVP_BT.png

Jul 24, 2025 - Sensitivity analyses and parameter fitting of biphasic articular cartilage model

PNG Image - 115.5 KB -

Mesh of biaxial extension simulation

BVP_CC.png

Jul 24, 2025 - Sensitivity analyses and parameter fitting of biphasic articular cartilage model

PNG Image - 228.7 KB -

Mesh of confined compression simulation

BVPs.pdf

Jul 24, 2025 - Sensitivity analyses and parameter fitting of biphasic articular cartilage model

Adobe PDF - 413.4 KB -

Boundary conditions (displacements ux, uy and uz; fluid pressure p) with mesh and cartilage zones of mechanical tests: (a) uniaxial extension, (b) confined compression and (c) biaxial extension. (d) Representation of through-thickness functions for six material parameters (cf. Table 1) as plot of normalized value vs. normalized tissue thickness z∗.

BVP_UT.png

Jul 24, 2025 - Sensitivity analyses and parameter fitting of biphasic articular cartilage model

PNG Image - 113.3 KB -

Mesh of uniaxial extension simulation

dispx-deep.png

Jul 24, 2025 - Sensitivity analyses and parameter fitting of biphasic articular cartilage model

PNG Image - 33.5 KB -

dispx-deep-test3.png

Jul 24, 2025 - Sensitivity analyses and parameter fitting of biphasic articular cartilage model

PNG Image - 23.1 KB -

dispx-sup.png

Jul 24, 2025 - Sensitivity analyses and parameter fitting of biphasic articular cartilage model

PNG Image - 27.1 KB -

dispx-sup-test3.png

Jul 24, 2025 - Sensitivity analyses and parameter fitting of biphasic articular cartilage model

PNG Image - 20.8 KB -

dispy-deep-inv.png

Jul 24, 2025 - Sensitivity analyses and parameter fitting of biphasic articular cartilage model

PNG Image - 38.9 KB -

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